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- 238000005286 illumination Methods 0.000 claims description 24
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Description
照明システムは、また、照明制御装置と通信する状態サービスを備えてよい。状態サービスは、各状態が照明の機能を画定する多数の状態を維持してよい。照明の機能を変更することは、第1の状態から第2の状態に移動させてよい。加えて、状態サービスは、第1の照明の機能が第2の照明の機能と異なっている、状態を維持してよい。状態サービスは、スタンドアロンのコンピューティング装置であってよく、又は、照明制御装置又はユーザ入力装置に組み込まれてよく、又は、クラウディングコンピューティング環境に組み込まれてよい。 The lighting system may also include a status service that communicates with the lighting controller. State service each state may maintain state of the multi-number you define the function of the illumination. Changing the function of the lighting may move from the first state to the second state. In addition, the state service may maintain a state where the functionality of the first lighting is different than the functionality of the second lighting. The state service may be a stand-alone computing device, or it may be incorporated into a lighting control device or user input device, or it may be incorporated into a crowded computing environment.
他の側面は、車両に設けるための取付装置を備え、及び、周囲状態を検出して周囲状態に対応するセンサ信号を提供するために構成されたセンサと、ユーザからのコマンドを受けてコマンドに対応するコマンド信号を提供するユーザ入力装置とを使用する照明の制御方法を備えてよい。方法は、(a)周囲状態に対応するセンサ信号を受信するステップと、(b)ユーザによって提供されるコマンドに対応するコマンド信号を受信するステップと、(c)センサ信号及びコマンド信号に従って照明の機能を変更するステップと、を含む。 Another aspect includes a mounting device for mounting on a vehicle, and a sensor configured to detect an ambient condition and provide a sensor signal corresponding to the ambient condition and a command received from a user. it may comprise a lighting control method of using a user input device for providing the corresponding command signals. The method comprises: (a) receiving a sensor signal corresponding to ambient conditions, (b) receiving a command signal corresponding to a command provided by a user, and (c) illuminating the illumination according to the sensor signal and the command signal. Changing the function.
状態サービス40(「S」)は、また、有線あるいは無線接続42を介して、1つ以上の照明制御装置16に接続されてよい。状態サービス40は、各状態が1つ以上の照明12の機能を画定する、多数の状態を維持してよい。よって、照明12の機能を変更することは、第1の状態から第2の状態に移動させてよい。状態サービス40は、非一時的媒体にて実行する状態制御アプリケーション(「SA」)を備えてよく、及び、状態ユーザインターフェースアプリケーション(「SUIA」)を備える状態ユーザインターフェース(「SUI」)を備えてよい。状態ユーザインターフェースは、特定の状態又は操作と一致する状態の処理、分析及び持続を制御する入力を、ユーザに可能にするために、構成されてよい。操作において、状態ユーザインターフェースは、様々な状態のメインテナー及び/又はデベロッパーを介して、1つ以上の制御可能な照明装置製品に適用してよい。状態サービス40は、スタンドアロンのコンピューティング装置であってよく、照明制御装置16に実装されてよく、ユーザ入力装置24に実装されてよく、及び/又はクラウドコンピューティング環境にて実装されてよい。加えて、状態サービスのいくつかのレイヤは、同時に存在してよい。例えば、第1の状態サービスレイヤは、車両の照明の制御のために存在してよく、そして、第2の状態サービスレイヤは、グローバル認証を提供するために存在してよい。 The status service 40 (“S”) may also be connected to one or more lighting control devices 16 via a wired or wireless connection 42. State service 40, each state define the function of the one or more illumination 12 may be maintained multiple states. Therefore, changing the function of the illumination 12 may from a first state to move to the second state. The state service 40 may comprise a state control application (“SA”) running on a non-transitory medium, and comprises a state user interface (“SUI”) comprising a state user interface application (“SUIA”). Good. The state user interface may be configured to allow the user to enter inputs that control the processing, analysis, and persistence of states consistent with a particular state or operation. In operation, the state user interface may be applied to one or more controllable lighting device products via maintainers and/or developers in various states. The state service 40 may be a stand-alone computing device, may be implemented in the lighting control device 16, may be implemented in the user input device 24, and/or may be implemented in a cloud computing environment. In addition, several layers of state services may be present at the same time. For example, a first state service layer may be present for control of vehicle lighting and a second state service layer may be present to provide global authentication.
図6を参照して、図1の状態サービス40を実施する例示の論理フロー100は、本発明の1つの側面に従って提供される。処理ブロック102では、照明システムは、ユーザ入力装置24を読み込んでよく、これは、1つ以上のコマンド信号を受信することとして示されてよい。ユーザ入力装置24を読み込むことにより、例えば、照明制御装置16は、状態間の前進のための状態又は要求を理解可能となる。次に、処理ブロック104では、照明システムは、例えば、センサ20、ユーザセンサ38、及び/又は車両センサ48等の、システムのセンサを読み込んでよい。次に、処理ブロック106では、照明システムは、状態サービス40によって追跡され得る、現在の状態を読み込んでよい。次に、決定ブロック108では、照明システムは、受信した現在の状態及びセンサ信号に基づいて、ユーザ入力装置24によって設定された状態又は要求が充足されるかを決定してよい。特有の状態又は要求が充足されない場合、照明システムは、処理ブロック110にて現在の状態を維持してよく、そして、現在の状態からユーザ入力装置24を再度読み込むために、処理ブロック102に戻ってよい。しかしながら、特有の状態又は要求が充足される場合、照明システムは、処理ブロック112にて次の特有の状態に進んでよく、そして、次の状態からユーザ入力装置24を再度読み込むために、処理ブロック102に戻ってよい。 With reference to FIG. 6, an exemplary logical flow 100 implementing the state service 40 of FIG. 1 is provided according to one aspect of the invention. At processing block 102, the lighting system may read user input device 24, which may be shown as receiving one or more command signals. By reading the user input device 24, for example, the lighting controller 16 can understand the states or requirements for advancement between states. Next, at processing block 104, the lighting system may read sensors of the system, such as sensor 20, user sensor 38, and/or vehicle sensor 48, for example. Next, at processing block 106, the lighting system may read the current state, which may be tracked by the state service 40. Next, at decision block 108, the illumination system, based on the current state及beauty sensor signals it receives to determine whether state or requested set I by the user input device 24 is satisfied You can If the particular condition or requirement is not met, the lighting system may maintain the current state at process block 110 and return to process block 102 to reload the user input device 24 from the current state. Good. However, if the particular state or requirement is met, the lighting system may proceed to the next particular state at process block 112, and then process block to reload user input device 24 from the next state. You can return to 102.
Claims (17)
各照明が建設車両に設けるための取付装置を備える複数の照明と、
各センサが周囲状態を検出し前記周囲状態に対応するセンサ信号を提供するように構成されている複数のセンサと、
前記照明の機能を制御するためのユーザインターフェースを介してユーザからのコマンドを受信するために使用可能である非一時的媒体に格納された第1のプログラムを実行するプロセッサを有するユーザ入力装置と、
各状態が前記照明の機能を画定する複数の状態を維持するように実行する状態サービスであって、前記複数の状態は、前記照明がオフである第1の状態、前記照明がオンである第2の状態、及び前記照明の少なく一つが暗くされる第3の状態を含み、前記照明の前記機能を変更することが、1つの状態から他へ移動させる、前記状態サービスと、
前記照明、前記センサ、前記状態サービス、及び前記ユーザ入力装置と通信する照明制御装置であって、
作業領域を選択的に照らすためにユーザによって提供されるコマンドに対応する前記ユーザ入力装置からのコマンド信号を受信し、
前記コマンドに関連するセンサからのセンサ信号を受信し、
前記状態サービスから受信する前記照明の現在の状態と、特有のセンサから受信する前記センサ信号とに基づいて、前記作業領域を照らすために、前記コマンドに従って前記ユーザ入力装置によって設定される要求が充足されるかを決定し、
前記要求が充足される場合、前記作業領域を照らすべく前記照明の機能を変更するために状態を変更するように、
使用可能である非一時的媒体に格納された第2のプログラムを実行する前記照明制御装置と、
を備える照明システム。 A lighting system for a construction vehicle operating in a work area, comprising :
A plurality of illumination with a mounting device for the illumination provided to construction vehicles,
A plurality of sensors, each sensor configured to detect an ambient condition and provide a sensor signal corresponding to the ambient condition;
A user input device having a processor for executing a first program stored in a non-transitory medium usable for receiving commands from a user via a user interface for controlling the function of the lighting;
A state service that each state performs to maintain a plurality of states that define the function of the lighting, the plurality of states including a first state in which the lighting is off and a state in which the lighting is on. Said state service comprising two states, and a third state in which at least one of said lights is dimmed, changing said function of said lights moves from one state to another;
A lighting control device in communication with the lighting , the sensor, the status service, and the user input device ,
Receiving a command signal from the user input device corresponding to a command provided by a user to selectively illuminate the work area ;
Receiving a sensor signal from the sensor associated with the command,
Satisfies a request set by the user input device according to the command to illuminate the work area based on the current status of the lighting received from the status service and the sensor signal received from a specific sensor. Decide what will be
If the requirement is met, change the state to change the function of the lighting to illuminate the work area,
Said lighting control device executing a second program stored on a usable non-transitory medium;
Lighting system.
建設車両に設けるための取付装置を備える複数の照明と、
前記照明と通信する照明制御装置と、
前記照明制御装置と通信する複数のセンサであって、各センサが周囲状態を検出し前記周囲状態に対応する前記照明制御装置にセンサ信号を提供するように構成されている、前記複数のセンサと、
各状態が前記照明の機能を画定する複数の状態を維持するように実行する状態サービスであって、前記複数の状態は、前記照明がオフである第1の状態、前記照明がオンである第2の状態、及び前記照明の少なく一つが暗くされる第3の状態を含み、前記照明の前記機能を変更することが、1つの状態から他へ移動させる、前記状態サービスと、
前記照明制御装置と通信するユーザ入力装置であって、前記照明の機能を制御するためのユーザインターフェースを介してユーザからのコマンドを受信し、前記コマンドに対応する前記照明制御装置にコマンド信号を提供するために使用可能である非一時的媒体に格納された第1のプログラムを実行するプロセッサを有する前記ユーザ入力装置と、を備え、
前記照明制御装置は、
作業領域を選択的に照らすために前記ユーザによって提供されるコマンドに対応する前記ユーザ入力装置からのコマンド信号を受信し、
前記状態サービスから受信する前記照明の現在の状態と、特有のセンサから受信する前記センサ信号とに基づいて、前記作業領域を照らすために、前記コマンドに従って前記ユーザ入力装置によって設定される要求が充足されるかを決定し、
前記要求が充足される場合、前記作業領域を照らすべく前記照明の機能を変更するために状態を変更するように、
使用可能である非一時的媒体に格納された第2のプログラムを実行するために構成されている、
照明システム。 A lighting system for a construction vehicle operating in a work area, comprising :
A plurality of lights having a mounting device for mounting on a construction vehicle;
A lighting control device in communication with the lighting;
A plurality of sensors in communication with the lighting control device, the sensors are configured to provide a sensor signal to the lighting control device corresponding to the previous SL ambient condition detecting the ambient conditions, wherein the plurality of sensors When,
A state service that each state performs to maintain a plurality of states that define the function of the lighting, the plurality of states including a first state in which the lighting is off and a state in which the lighting is on. Said state service comprising two states, and a third state in which at least one of said lights is dimmed, changing said function of said lights moves from one state to another;
A user input device communicating with the lighting control device , receiving a command from a user via a user interface for controlling the function of the lighting, and providing a command signal to the lighting control device corresponding to the command. A user input device having a processor executing a first program stored in a non-transitory medium that is usable for
The lighting control device,
Receiving a command signal from the user input device corresponding to the Turkish commands provided by the user to illuminate selectively the working area,
Satisfies a request set by the user input device according to the command to illuminate the work area based on the current status of the lighting received from the status service and the sensor signal received from a specific sensor. Decide what will be
If the requirement is met, change the state to change the function of the lighting to illuminate the work area,
Configured to execute a second program stored on the available non-transitory medium,
Lighting system.
各状態が前記照明の機能を画定する複数の状態を提供する状態サービスを維持するステップであって、前記複数の状態は、前記照明がオフである第1の状態、前記照明がオンである第2の状態、及び前記照明の少なく一つが暗くされる第3の状態を含み、前記照明の前記機能を変更することが、1つの状態から他へ移動させる、ステップと、
作業領域を選択的に照らすためにユーザによって提供されるコマンドに対応するコマンド信号を受信するステップと、
前記状態サービスから受信する前記照明の現在の状態と、前記センサから受信する前記センサ信号とに基づいて、前記作業領域を照らすために、前記コマンドに従って前記ユーザ入力装置によって設定される要求が充足されるかを決定するステップと、
前記要求が充足される場合、前記作業領域を照らすべく前記照明の機能を変更するために状態を変更するステップと、
を含む方法。 A plurality of sensors comprising a mounting device for mounting on a construction vehicle and configured to detect ambient conditions and provide sensor signals corresponding to the ambient conditions, and a user for controlling the function of the lighting. A user input device having a processor for executing a first program stored in a non-transitory medium, which is usable for receiving a command from a user via an interface and providing a command signal corresponding to the command. a plurality of lighting control method used, the method comprising:
Maintaining a state service, each state providing a plurality of states defining a function of the lighting, the plurality of states being a first state in which the lighting is off, a state in which the lighting is on Altering the function of the illumination, including two states, and a third state in which at least one of the lights is dimmed, moving from one state to another;
Receiving a command signal corresponding to a command provided by a user to selectively illuminate the work area ;
A request set by the user input device according to the command is satisfied to illuminate the work area based on the current state of the lighting received from the state service and the sensor signal received from the sensor. To decide whether to
Changing the state to change the function of the lighting to illuminate the work area if the requirement is satisfied;
Including the method.
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US201562155043P | 2015-04-30 | 2015-04-30 | |
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JP2016210410A5 true JP2016210410A5 (en) | 2020-07-02 |
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